The Korea Institute of Materials Science (KIMS) is Korea’s national research institute for materials science and engineering. Established in 2005 as an independent research organization, KIMS focuses on the development of new metallic, ceramic, polymer-based, and hybrid materials. Its mission is to provide the scientific foundation for key technologies in energy, mobility, electronics, and aerospace.
About NST
National Research Council of Science and Technology (NST)
The National Research Council of Science and Technology (NST) currently brings together 23 leading research institutes active in a wide range of fields – from materials science, biotechnology, and energy to space exploration, robotics, and information and communication technologies. It coordinates their strategic direction, fosters synergies among the institutes, and supports the government in shaping research and innovation strategies. In doing so, NST plays a key role in advancing scientific excellence in areas of societal relevance and in transferring technological innovations to industry and society.
In addition, it strengthens the international networks of Korean research and enables joint projects with leading research organizations worldwide.
KIMS conducts research across the full spectrum of materials science – from fundamental studies of atomic and molecular structures, through prototype development, to industrial applications. Its main areas of focus include lightweight structural materials, high-temperature alloys, functional materials for electronics, and materials for energy technologies.
KIMS also advances the integration of materials science with data science. By using simulation, AI, and big data, the institute models material properties virtually, significantly accelerating development cycles.
Research priorities:
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Metallic and ceramic high-performance materials – development of novel alloys and ceramic systems for extreme conditions.
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Polymers and hybrid materials – tailored polymers and composites for lightweight structures and flexible electronics.
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Energy and environmental materials – materials for batteries, fuel cells, hydrogen technologies, and CO₂ reduction.
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Electronic functional materials – semiconductors, sensors, and optoelectronic materials.
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Computational materials design – applying simulation, AI, and data analytics to predict and optimize material properties.
How to Apply
- Step 1: Contact a research group at one of the NST member institutions to discuss the possibility of a three-month research stay.
- Step 2: Submit your application through HIDA
- Step 3: Applications are reviewed by a selection committee, and you will be notified shortly thereafter.
You can find more details about the application process under following link!
Contact
If you have any questions about the South Korea Mobility Program or our other research stay offerings, please don’t hesitate to contact us at any time.
Stefanie Gruber-Sliva
Networks & Mobility Program Manager
Contact
